Adsorption Science and Technology: Fundamentals and Applications

Adsorption plays a critical role in modern separation processes, environmental remediation, and energy storage. Understanding how molecules interact with solid surfaces is essential for designing efficient chemical systems and purification technologies. This course guides you from the fundamental molecular principles of adsorption to its practical applications in modern industry. You will begin by learning core terminology, the physical chemistry of interfaces, and foundational definitions. From there, you will explore thermodynamic models, transport phenomena, and the design principles of industrial adsorption columns, including modern materials like metal-organic frameworks. What you'll learn: - Understand the fundamental differences between physical and chemical adsorption - Analyze classical adsorption isotherms including Langmuir, Freundlich, and BET models - Evaluate thermodynamic properties and transport kinetics within porous materials - Design and calculate breakthrough curves for fixed-bed adsorption columns - Explore modern adsorbent materials like zeolites, activated carbons, and metal-organic frameworks - Apply adsorption principles to environmental purification and gas separation processes This course is structured as a step-by-step written guide, moving from basic molecular interactions to complex system engineering. You will practice through detailed mathematical derivations and practical chemical engineering scenarios. This course is designed for beginners, engineering students, and industry professionals looking for a solid foundation in separation science. No prior advanced knowledge of surface chemistry is required. Start reading today to master the science and design of modern adsorption systems.